CN103294109A - Electronic device - Google Patents
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- CN103294109A CN103294109A CN2012100475622A CN201210047562A CN103294109A CN 103294109 A CN103294109 A CN 103294109A CN 2012100475622 A CN2012100475622 A CN 2012100475622A CN 201210047562 A CN201210047562 A CN 201210047562A CN 103294109 A CN103294109 A CN 103294109A
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Abstract
The invention discloses an electronic device which comprises a lower main body and an upper main body, wherein an input keyboard is arranged on the lower main body; a touch display screen is arranged on the upper main body; a main board of the electronic device is arranged in the upper main body; a sliding and rotating component which enables the upper main body and the lower main body to relatively slide and rotate is arranged between the upper main body and the lower main body, so that a retracting working position and a unfolding working position can be switched; the upper main body and the lower main body are configured in the manner as follows: the upper main body located in the retracting working position and the lower main body are stacked, and the touch display screen faces outwards; and the upper main body located in the unfolding working position is arranged at the front part of the lower main body and forms an included angle with the lower main body. Compared with the prior art, heating of the bottom of the electronic device can be effectively reduced in the using process of the electronic device, and simultaneously, the electronic device has performance advantages of two modes, namely, touch input and keyboard input, and has better operability.
Description
Technical field
The present invention relates to technical field of electronic products, be specifically related to a kind of electronic equipment.
Background technology
With respect to desktop computer, it is many convenient that notebook computer (notebook) has brought for people's work and life.A lot of people like being placed on notebook on the knee or dispelling the heat using above the bad object, especially at special outdoor environments such as airport standbies, with notebook and place and use on the leg, such as handle file or play games.But, notebook being placed on the leg use for a long time, user's shank can produce sense of discomfort because drain pan is overheated, and the system radiating of existing notebook computer can't solve the overheated problem of drain pan up hill and dale.
In addition, than keyboard entry method, touch input mode and be able to widespread use with its operating performance and user's impression preferably at electronic product.Based on the development that touches input technology, two kinds of use-patterns that touch use and conventional keyboard input have appearred taking into account in the optimal design of notebook computer, yet, be subjected to the restriction of himself structure, the conversion operations of existing notebook computer use-pattern is comparatively loaded down with trivial details, brings great inconvenience to the user.
In view of this, the overall architecture of demanding urgently looking for another way at notebook computer is optimized design, with when effectively improving the complete machine heat dispersion, can conveniently switch between touch input and keyboard input pattern.
Summary of the invention
At above-mentioned defective, the technical matters that the present invention solves is, a kind of electronic equipment of structure optimization is provided, and can effectively reduce the bottom heating of electronic equipment in this electronic equipment use, have the performance advantage that touches input and two kinds of patterns of keyboard input simultaneously concurrently, have better operability.
A kind of electronic equipment provided by the invention comprises sub-body and upper body; Wherein, described sub-body is provided with input keyboard, and described upper body is provided with touch display screen, and the mainboard of described electronic equipment is arranged in the described upper body; And be provided with between described upper body and the described sub-body and make both relative to the member that trackslips that slides and rotates, to regain the working position and the switching of the position of organizing work; And be configured to: be positioned at described upper body and the superimposed setting of sub-body of regaining the working position, and described touch display screen toward the outer side; The described upper body that is positioned at the position of organizing work places the anterior of described sub-body and forms angle between the two.
Preferably, the described member that trackslips has electric conductivity, and described sub-body is to place powering with electric device of described upper body by the described member that trackslips.
Preferably, described keyboard outputs control signals to the inner member of described upper body by the described member that trackslips.
Preferably, whole wedge shape is cut apart between described upper body and the sub-body; In side projection face, the described upper body that is positioned at the withdrawal working position is pre-small post-large shape, described sub-body is pre-large post-small shape.
Preferably, described battery is positioned at the rear portion of described sub-body, and described keyboard is positioned at the front portion of described sub-body.
Preferably, the described member that trackslips have with both in hinged hinged end, and from described hinged end extend to form with both in the slide contact part that is slidingly matched of another person.
Preferably, the upper surface of described sub-body has the indent accommodation section of the ccontaining described member that trackslips; The front end of the hinged end of the described member that trackslips and described indent accommodation section is hinged, and described slide contact part and described upper body are slidingly matched.
Preferably, along the length direction of the described member that trackslips, the forward position that is positioned at the described upper body of the position of organizing work flushes with the forward position of the described member that trackslips, and perhaps the forward position of described upper body is positioned at the forward position rear side of the described member that trackslips.
Preferably, described trackslipping has the first location matching pair between member and the described upper body, and is configured to: described upper body slides into and can turn to the position of organizing work, matching pair engaging location, described first location; Described trackslipping has the second location matching pair between member and the described sub-body, and is configured to: described upper body turns to slidably to regaining the place, working position, matching pair engaging location, described second location.
Preferably, described electronic equipment has two mode of operations; When the described member that trackslips was in described withdrawal working position, described electronic equipment was first mode of operation; When the described member that trackslips is positioned at described organizing work during the position, described electronic equipment is second mode of operation that is different from described first mode of operation.
Preferably, when the member that trackslips described withdrawal working position and described organizing work when switching between the position, described first mode of operation and described second mode of operation are switched synchronously.
Another kind of electronic equipment provided by the invention comprises sub-body and upper body; Wherein, described sub-body is provided with input keyboard, and described upper body is provided with touch display screen, and the mainboard of described electronic equipment is arranged in the described upper body; And described upper body has two working positions, described upper body with respect to described sub-body successively to front slide, rotating backward can switch to the position of organizing work, and has angle between the two; Described upper body is rotated forward successively, is slided backward can switch to and regain the working position with respect to described sub-body, and described touch display screen toward the outer side.
Preferably, described sub-body is provided with battery; Be provided with between described upper body and the described sub-body and make both relative to the member that trackslips that slides and rotate; Described sub-body is to place powering with electric device of described upper body by the described member that trackslips with electric conductivity, and described keyboard outputs control signals to the inner member of described upper body by the described member that trackslips.
Preferably, whole wedge shape is cut apart between described upper body and the sub-body; In side projection face, the described upper body that is positioned at the withdrawal working position is pre-small post-large shape, described sub-body is pre-large post-small shape; Described battery is positioned at the rear portion of described sub-body, and described keyboard is positioned at the front portion of described sub-body.
Preferably, the described member that trackslips have with both in hinged hinged end, and from described hinged end extend to form with both in the slide contact part that is slidingly matched of another person; The upper surface of described sub-body has the indent accommodation section of the ccontaining described member that trackslips; The front end of the hinged end of the described member that trackslips and described indent accommodation section is hinged, and described slide contact part and described upper body are slidingly matched; Along the length direction of the described member that trackslips, the forward position that is positioned at the described upper body of the position of organizing work flushes with the forward position of the described member that trackslips, and perhaps the forward position of described upper body is positioned at the forward position rear side of the described member that trackslips.
Compared with prior art, electronic equipment provided by the invention has carried out optimal design, has mainly embodied the substantial improvements of two aspects.
At first, heat dispersion is able to good optimization.Its mainboard and touch display screen place upper body altogether, and then main thermal source parts are separated from sub-body (under the use state near the people side); That is to say, make thermal source away from the bottom.So arrange, can avoid a large amount of thermals source to be radiated to the user on the one hand, effectively improved client's impression; In addition, because mainboard is positioned at the upper body of complete machine, can also further improve its heat dispersion.
Secondly, electronic equipment provided by the invention can reliably switch in touching input and keyboard entry method.Particularly, be provided with between its upper body and the sub-body and make that both can be relative to the member that trackslips that slides and rotate, be positioned at upper body and the superimposed setting of sub-body of regaining the working position, and touch display screen toward the outer side, under this state, because touch display screen toward the outer side, and then present the use state of tangible input, to adapt to the development trend of touch operation; The described upper body that is positioned at the position of organizing work places the anterior of described sub-body and forms angle between the two, under this state, touch display screen is towards user's side, and can adjust the angle of upper body according to actual needs, i.e. the use state of keyboard input.
In preferred version of the present invention, adopt wedge shape to cut apart between upper body and the sub-body on the whole, the design that this wedge shape is cut apart can be optimized element such as mainboard and arranges in the upper body volume inside, can also optimize the space of element on sub-body such as battery simultaneously and arrange; In the middle of the actual design, the particular location of respective element can be offset to the large scale end, has higher adaptive asymmetric arranging and can fully effectively utilize the inner space, provides the good technical guarantee for satisfying the ultra-thin machine shape designer trends of ultralight.In addition, the keyboard of this electronic equipment is positioned at the front portion of sub-body, because above-mentioned wedge shape cuts apart and make that the distance of keyboard front end and actual usage platform (desktop) is less, therefore, even without the hand rest design, can not produce the uncomfortable property that does not have hand rest to bring yet.
Another preferred version of the present invention has effectively utilized the power supply of using electric device on the actual upper body of the member that trackslips, specifically can adopt the member that trackslips with electric conductivity of metal; In addition, keyboard and place between the inner member of upper body and be specially wireless transmission.Than prior art, this programme is evaded the problem of power supply and signal-transmitting cable fully, has characteristics reasonable in design simple in structure.
In another preferred version of the present invention, have additional corresponding location structure at the slide displacement in the handoff procedure of working position and rotation displacement especially: be used for the first location matching pair of limit slippage extreme position, and the second location matching pair that is used for the restriction rotation limit position.Can turn to the position of organizing work when upper body slides into, then the first location matching pair engaging is located, and this moment, the user can rotate the operation of upper body according to actual needs; And turn to slidably to regaining the place, working position when upper body, matching pair engaging location, second location then, this moment the user slidably to regain upper body superimposed fully until upper body and sub-body.
Electronic equipment provided by the invention can have the electronic equipment that touches input and two kinds of input patterns of keyboard input concurrently for notebook computer, e-dictionary or other.
Description of drawings
Fig. 1 is positioned at the synoptic diagram of regaining the working position for the described notebook computer of embodiment;
Fig. 2 regains the process synoptic diagram that the working position switches to the position of organizing work certainly for notebook computer shown in Figure 1;
Fig. 3 is positioned at the synoptic diagram of the position of organizing work for notebook computer shown in Figure 1;
Fig. 4 is positioned at the assembly relation synoptic diagram of regaining the working position for the described member that trackslips of embodiment;
Fig. 5 regains the process assembly relation synoptic diagram that the working position switches to the position of organizing work certainly for the member that trackslips shown in Fig. 4;
Fig. 6 is positioned at the assembly relation synoptic diagram of the position of organizing work for the member that trackslips shown in Fig. 4;
Fig. 7 shows the assembling explosive view that trackslips described in the embodiment between member and local upper body and the sub-body;
Fig. 8 is the A-A sectional view of Fig. 4.
Among the figure:
Embodiment
Based on existing electronic equipment with keyboard and touch display screen, core of the present invention is effectively to reduce the bottom heating of electronic equipment by structure optimization, and the while can obtain to touch input and keyboard is imported the good operation performance that two kinds of patterns are switched.Below in conjunction with Figure of description explanation present embodiment.
Be without loss of generality, present embodiment describes as main body with notebook computer.
See also Fig. 1, Fig. 2 and Fig. 3, wherein, Fig. 1 is the withdrawal working position synoptic diagram of the described notebook computer of present embodiment, and Fig. 2 regains the process synoptic diagram that the working position switches to the position of organizing work certainly for this notebook computer; Fig. 3 is the position view of organizing work of this notebook computer.
Same as the prior art, this notebook computer comprises the sub-body 10 with input keyboard, and has a upper body 20 (direction of arrow shown in the figure be touch display screen towards) of touch display screen, the principle of work of keyboard input and touch input mode all can adopt existing techniques in realizing, and this paper repeats no more.In addition, the related forward and backward noun of locality, as the benchmark definition that is, is the rear, is the place ahead away from user's side near user's side with the notebook computer user herein; The application that should be appreciated that the corresponding orientation word does not constitute the restriction to the application's protection domain.
In this programme, the mainboard (not shown) is built in upper body 20, and namely mainboard and touch display screen place upper body 20 altogether, main thermal source parts is separated from sub-body (under the use state near the people side), thereby made thermal source away from the bottom.Simultaneously, between upper body 20 and sub-body 10, be provided with the member 30 that trackslips, this member 30 that trackslips can make upper body 20 slide and rotation with respect to sub-body 10, to regain the working position and the switching of the position of organizing work, and be configured to: be positioned at the upper body 20 and sub-body 10 superimposed settings of regaining the working position, and touch display screen toward the outer side, as shown in Figure 1, presents the use state of panel computer pad this moment; The upper body 20 that is positioned at the position of organizing work places the anterior of sub-body 10 and forms angle between the two, as shown in Figure 3, presents the use state of traditional notebook keyboard input this moment.
That is to say that the upper body 20 of this notebook computer has two working positions, in conjunction with shown in Figure 2, upper body 20 with respect to sub-body 10 successively to front slide, rotating backward can switch to the position of organizing work, and has angle between the two; So far finish by regaining the switching of working position to the position of organizing work, obviously, angle between the two can be regulated according to actual needs.Otherwise the upper body 20 of the position of organizing work is rotated forward successively, is slided backward can switch to and regain the working position with respect to sub-body 10, and the touch display screen of regaining the working position (illustrates the top) toward the outer side.
In this programme, the battery (not shown) that this notebook computer is equipped with can be arranged on the sub-body 10, arranges with the overall space that effectively integrates entity component.Further, the member 30 that trackslips can adopt metal material to make, and to have excellent conductive capability, being convenient to aforementioned battery (perhaps being connected in the external power supply of sub-body) is to place powering with electric device of upper body 20 by this member 30 that trackslips, for example, mainboard and touch-screen etc. are given in power supply; In addition, keyboard can also output control signals to the inner member of upper body 20 by the member 30 that trackslips.Thus, the line transmission problem that can evade tradition slip screen notebook computer fully.In fact, keyboard also can and place and adopts Wireless transmission mode to realize the transmission of control signal between the inner member of upper body 20.
In order to satisfy the ultra-thin and ultra-light development trend that current electronic device presents, can do further to optimize at the whole partitioning scheme of upper and lower minute body structure of this programme.In conjunction with shown in Figure 1, whole wedge shape is cut apart between upper body 20 and the sub-body 10; In side projection face (shown in Figure 1), the upper body 20 that is positioned at the withdrawal working position is pre-small post-large shape, sub-body 10 is pre-large post-small shape.Obviously, place the respective element in both can preferentially be arranged on the relatively large side of volume.
For upper body 20, inner members such as mainboard can place its front portion; For sub-body 10, battery can be arranged on the rear portion of sub-body 10, and keyboard then can be arranged on the front portion of sub-body 10.That is to say that the particular location of respective element can be offset to the large scale end, have higher adaptive asymmetric arranging and fully to have effectively utilized the inner space, provide the good technical guarantee for satisfying the ultra-thin machine shape designer trends of ultralight.
Need to prove, design concept and state of the art based on the application, aforementionedly can adopt different concrete structures to realize for a member with respect to the slip of another member and the member that trackslips of rotation, certainly, should consider factors such as material cost, processing technology and user's impression as decision design.Present embodiment provides a kind of preferred implementation, see also Fig. 4, Fig. 5 and Fig. 6, wherein, Fig. 4 is positioned at the assembly relation synoptic diagram of regaining the working position for the described member that trackslips of present embodiment, Fig. 5 regains the process assembly relation synoptic diagram that the working position switches to the position of organizing work certainly for the member that trackslips shown in Fig. 4, and Fig. 6 is positioned at the assembly relation synoptic diagram of the position of organizing work for the member that trackslips shown in Fig. 4.
This member 30 that trackslips have with both in hinged hinged end 31, and from hinged end 31 that extend to form with both in the slide contact part 32 that is slidingly matched of another person.Shown in the figure, hinged end 31 is used for hinged with sub-body 10, rotate with respect to sub-body 10 in the lump with the member 30 that trackslips with actual upper body 20, slide contact part 32 is slidingly matched with upper body 20, slides with respect to sub-body 10 with actual upper body 20.In fact, concrete annexation also can oppositely arrange, and can carry out relative slip between the two equally and relatively rotate realizing the position switching.
Please in the lump referring to Fig. 7 and Fig. 8, wherein, Fig. 7 shows this assembling explosive view between member 30 and local upper body 20 and the sub-body 10 of trackslipping, and Fig. 8 is the A-A sectional view of Fig. 4.
The upper surface of sub-body 10 has the indent accommodation section 11 of ccontaining this member 30 that trackslips; Correspondingly, the hinged end 31 of the member 30 that trackslips is hinged with the front end of indent accommodation section 21, and slide contact part 32 is slidingly matched with upper body 20.The pair that is slidingly matched in the middle of this slip cooperating relationship can adopt guide rail or guide groove form, in this preferred version, the front end of this slide contact part 32 extends upward rear side to extending to form glissile segment 321, offer the guide groove 21 adaptive with glissile segment 321 cross sections on the upper body 20, guide groove 21 arranges that along fore-and-aft direction length satisfies upper body 20 to the status requirement of front slide.
In addition, as Fig. 2, shown in Figure 5, along the length direction of the member 30 that trackslips, the forward position that is positioned at the upper body 20 of the position of organizing work is positioned at the forward position rear side of the member 30 that trackslips, and reliably realizes to guarantee follow-up expansion rotating operation.Certainly, the forward position of upper body 20 flushes with the forward position of the member 30 that trackslips, and obviously, both flush is the extreme position relation, if the forward position of upper body 20 is positioned at the front side, forward position of the member 30 that trackslips, with the operability of direct impact position switching.
For further improving its operability, can carry out the restriction of extreme position by the location matching pair.Particularly, trackslipping has the first location matching pair between member 30 and the upper body 20, and is configured to: upper body 20 slides into and can turn to the position of organizing work, matching pair engaging location, first location; Namely, switch in the process of the position of organizing work from regaining the working position, the first location matching pair is used for restriction upper body 20 and determines that with respect to the slip extreme position of sub-body 10 behind matching pair engaging location, first location, upper body 20 can be carried out next step rotating operation.Trackslip and have the second location matching pair between member 30 and the sub-body 10, and be configured to: upper body 20 turns to slidably to regaining the place, working position, matching pair engaging location, second location, namely, self-deploying the working position switches in the process of regaining the working position, the second location matching pair is used for the restriction member 30 that trackslips and determines that with respect to the rotation limit position of sub-body 10 behind matching pair engaging location, second location, upper body 20 can be carried out next step slide.
Preferably, the first location matching pair and the second location matching pair (not shown) can adopt and place salient point and pit on two members respectively, and the salient point on the member is moved in the pit on another member and is the engaging positioning states.In the operating process, the user can engage the sound that produces by operating handle and salient point and directly experience the engaging location with pit, and carries out next step operation based on this impression.Except above-mentioned version about the location matching pair, can also carry out malformation based on corresponding positioning function, use needs all in the scope that the application asks for protection as long as satisfy.
For example, be used for restriction upper body 20 with respect to the first location matching pair of the member 30 slip extreme positions that trackslip, can select for use glissile segment 321 rear end faces 33 of guide groove 21 rear surfaces 22 of upper body 20 and the member 30 that trackslips as suitable location matching pair, only need strict control fore-and-aft direction dimension chain just can satisfy aforementioned positioning function during actual design, that is to say, when upper body 20 slides into can carry out the position of rotating operation the time, these guide groove 21 rear surfaces 22 fasten to cooperate with glissile segment 321 rear end faces and get final product.
Again for example, aforementioned location matching pair specifically arranges the position and also can adjust according to corresponding positioning function.Particularly, the first location matching pair also can be arranged between sub-body 10 and the upper body 20, can determine that equally upper body 20 is with respect to the slip extreme position of sub-body 10; And the second location matching pair can be arranged between upper body 20 and the sub-body 10, can determine that too upper body 20 is with respect to the rotation limit position of sub-body 10.
Further, the described notebook computer of present embodiment has two mode of operations: when the member 30 that trackslips is in described withdrawal working position, be first mode of operation, namely touch the panel computer pad mode of operation of input; When the member 30 that trackslips is positioned at described organizing work during the position, for being different from second mode of operation of described first mode of operation, i.e. the traditional notebook mode of operation of keyboard input.Corresponding to the switching of working with notebook computer position, can realize the switching of aforementioned first mode of operation and second mode of operation synchronously; That is to say, can regain working position and the switching of organizing work between the position along with the member that trackslips, touch panel computer mode of operation and the traditional notebook mode of operation imported and switch synchronously.
Correspondingly, obtain the information of regaining the working position and organizing work the position that is positioned at by elements such as sensor or travel switches, and serve as that panel computer mode of operation and the traditional notebook mode of operation that instruction touches input switched synchronously with this information.Certainly, obtaining of this information can be determined according to the actual attitude of trackslip member 30 or upper body 20.
Need to prove that this notebook computer can form three embodiment based on existing hardware system and operating system.
First embodiment adopts operating system of a cover hardware system to realize two kinds of mode of operations, a kind of mode of operation for being suitable for utilizing keyboard, touchpad to control, and a kind of is to be suitable for utilizing touching importing the mode of operation of controlling.Relative User Interface difference under two kinds of mode of operations is fit to control mode separately respectively, and than supporting that another kind of control mode is superior.
Second embodiment adopts two operating systems of a cover hardware system, and first operating system is the windows system, and second operating system is Android system (these two operating systems also can be: first operating system are Moc OS, and second operating system is IOS).Than first embodiment, present embodiment can be based on mode of operation and the operation interface under two operating systems formation different working modes.
The 3rd embodiment can adopt two operating systems of two cover hardware systems; Upper body 20 is installed the hardware system of ARM, and uses the operating system based on this ARM hardware system, for example, and Android system or IOS system; And sub-body 10 is installed the hardware system of x86, and uses the operating system based on this x86 hardware system, for example, and windows system or Moc OS system.Than first and second embodiment, this programme can carry out the switching of hardware system synchronously along with the switching of working position.For example, switch under the open state when regaining the working position, switch to the Pad mode of operation synchronously, meanwhile, the ARM hardware system starts, the x86 hardware system shuts down or forward dormant state to; Vice versa.
What specify is, the core that this programme embodies is not limited to be applied in the middle of the design of notebook computer, also can be applied in e-dictionary or other and have concurrently and touch the electronic equipment that input and keyboard are imported two kinds of input patterns.
The above only is preferred implementation of the present invention; should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the principle of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (15)
1. an electronic equipment is characterized in that, comprising:
Sub-body, it is provided with input keyboard; With
Upper body, it is provided with touch display screen, and the mainboard of described electronic equipment is arranged in the described upper body; And
Be provided with between described upper body and the described sub-body and make both relative to the member that trackslips that slides and rotates, to regain the working position and the switching of the position of organizing work; And be configured to: be positioned at described upper body and the superimposed setting of sub-body of regaining the working position, and described touch display screen toward the outer side; The described upper body that is positioned at the position of organizing work places the anterior of described sub-body and forms angle between the two.
2. electronic equipment according to claim 1 is characterized in that, the described member that trackslips has electric conductivity, and described sub-body is to place powering with electric device of described upper body by the described member that trackslips.
3. electronic equipment according to claim 2 is characterized in that, described keyboard outputs control signals to the inner member of described upper body by the described member that trackslips.
4. according to each described electronic equipment among the claim 1-3, it is characterized in that whole wedge shape is cut apart between described upper body and the sub-body; In side projection face, the described upper body that is positioned at the withdrawal working position is pre-small post-large shape, described sub-body is pre-large post-small shape.
5. electronic equipment according to claim 4 is characterized in that, described battery is positioned at the rear portion of described sub-body, and described keyboard is positioned at the front portion of described sub-body.
6. electronic equipment according to claim 1 is characterized in that, the described member that trackslips have with both in hinged hinged end, and from described hinged end extend to form with both in the slide contact part that is slidingly matched of another person.
7. electronic equipment according to claim 6 is characterized in that, the upper surface of described sub-body has the indent accommodation section of the ccontaining described member that trackslips; The front end of the hinged end of the described member that trackslips and described indent accommodation section is hinged, and described slide contact part and described upper body are slidingly matched.
8. electronic equipment according to claim 7, it is characterized in that, along the length direction of the described member that trackslips, the forward position that is positioned at the described upper body of the position of organizing work flushes with the forward position of the described member that trackslips, and perhaps the forward position of described upper body is positioned at the forward position rear side of the described member that trackslips.
9. according to claim 7 or 8 described electronic equipments, it is characterized in that, described trackslipping has the first location matching pair between member and the described upper body, and is configured to: described upper body slides into and can turn to the position of organizing work, matching pair engaging location, described first location; Described trackslipping has the second location matching pair between member and the described sub-body, and is configured to: described upper body turns to slidably to regaining the place, working position, matching pair engaging location, described second location.
10. electronic equipment according to claim 1 is characterized in that, described electronic equipment has two mode of operations;
When the described member that trackslips was in described withdrawal working position, described electronic equipment was first mode of operation;
When the described member that trackslips is positioned at described organizing work during the position, described electronic equipment is second mode of operation that is different from described first mode of operation.
11. electronic equipment according to claim 10 is characterized in that, when the member that trackslips described withdrawal working position and described organizing work when switching between the position, described first mode of operation and described second mode of operation are switched synchronously.
12. an electronic equipment is characterized in that, comprising:
Sub-body, it is provided with input keyboard; With
Upper body, it is provided with touch display screen, and the mainboard of described electronic equipment is arranged in the described upper body; And
Described upper body has two working positions, described upper body with respect to described sub-body successively to front slide, rotating backward can switch to the position of organizing work, and has angle between the two; Described upper body is rotated forward successively, is slided backward can switch to and regain the working position with respect to described sub-body, and described touch display screen toward the outer side.
13. electronic equipment according to claim 12 is characterized in that, described sub-body is provided with battery; Be provided with between described upper body and the described sub-body and make both relative to the member that trackslips that slides and rotate, described sub-body is to place powering with electric device of described upper body by the described member that trackslips with electric conductivity, and described keyboard outputs control signals to the inner member of described upper body by the described member that trackslips.
14. according to claim 12 or 13 described electronic equipments, it is characterized in that whole wedge shape is cut apart between described upper body and the sub-body; In side projection face, the described upper body that is positioned at the withdrawal working position is pre-small post-large shape, described sub-body is pre-large post-small shape; Described battery is positioned at the rear portion of described sub-body, and described keyboard is positioned at the front portion of described sub-body.
15. electronic equipment according to claim 14 is characterized in that, the described member that trackslips have with both in hinged hinged end, and from described hinged end extend to form with both in the slide contact part that is slidingly matched of another person; The upper surface of described sub-body has the indent accommodation section of the ccontaining described member that trackslips; The front end of the hinged end of the described member that trackslips and described indent accommodation section is hinged, and described slide contact part and described upper body are slidingly matched; Along the length direction of the described member that trackslips, the forward position that is positioned at the described upper body of the position of organizing work flushes with the forward position of the described member that trackslips, and perhaps the forward position of described upper body is positioned at the forward position rear side of the described member that trackslips.
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| CN201210047562.2A CN103294109B (en) | 2012-02-27 | 2012-02-27 | A kind of electronic equipment |
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| CN201210047562.2A CN103294109B (en) | 2012-02-27 | 2012-02-27 | A kind of electronic equipment |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106504646A (en) * | 2016-10-31 | 2017-03-15 | 上海天马微电子有限公司 | Flexible display apparatus |
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| US5283862A (en) * | 1989-10-11 | 1994-02-01 | Lund Alan K | Notebook computer with reversible cover for external use of membrane switch screen |
| CN1534434A (en) * | 1996-10-24 | 2004-10-06 | ��ʿͨ��ʽ���� | Portable computer with auxiliary cell |
| CN1595942A (en) * | 2003-09-09 | 2005-03-16 | 株式会社日立制作所 | Portable information terminal |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106504646A (en) * | 2016-10-31 | 2017-03-15 | 上海天马微电子有限公司 | Flexible display apparatus |
| CN106504646B (en) * | 2016-10-31 | 2019-02-15 | 上海天马微电子有限公司 | Flexible display apparatus |
Also Published As
| Publication number | Publication date |
|---|---|
| CN103294109B (en) | 2018-04-27 |
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